NEO-V. Smoke Control Damper SMOKE CONTROL FUNCTION APPLICATION DESCRIPTION. in libraries of

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1 OKE CONTRO in libraries of EI (v ew -h ow -i o) 0 C 000 AA multi EN -:0 EN -:0 Certificate of Constancy of Performance -CPR-0/00 Damper tightness class: Casing tightness class: C EN-:0 FUNCTION The smoke control dampers are designed for smoke control systems in buildings outfitted with a onestage evacuation scenario based on the fire-affected zone separation principle. The dampers meet the requirements for buildings where in the event of a fire the affected zone should be isolated from the other zones, and the escape routes should be protected by means of mechanical smoke control system. The performance criteria are satisfied in case of fire from inside to outside of damper as well as outside to inside or both, respectively. The dampers can be used in multi compartment systems and should be activated automatically. The dampers may be used in smoke control systems as well as in combined smoke control and environmental systems. Dampers installation is allowed within a duct passing through a vertical building partition or directly in vertical building partition. The dampers are designed for use in systems over the range from the negative pressure of 0 Pa up to a positive pressure of 00 Pa. DECRIPTION The consists of: - rectangular casing made of galvanized steel sheet alternatively stainless or acid proof steel - movable damper blades made of fire resistant board - combination of smoke and fire proof seals of damper blade - control mechanism and optional E module enabling fire damper assessment with the TZ tester. OKE CONTRO APPICATION

2 DIENION AND BAIC CHARACTERITIC OF DAPER H ,0,0,0,00,0,,0,,,,,,,,0,,0,,0,,,,,,,,,,0,0,0,0,0,,0,,,0,,,0,,,,,,,,,,,,,0,,,0,,0,,0,,,,,0,,,,,0,0,0,00,0,,0,,,,,0,,,0,,00,,0,,,,,,,,,,00,0,00,0,00,,0,,,,,,,0,,,0,,0,,,,00,,,,0 0,,0,0,0,00,0,,0,,,, 0, 0,,,0,,00,,0,0,,,,0 0,,,,0,0,,0,,,,,,, 0,,0,,,0,0,0,0,0,,0,,0 0,,,,,,0,,0,,0,,0, 0,,0,00,,,,0,0,0,00,0,,0,,0,00,,,,,0,,0,,0,, 0,,,,0,,,,0,,0,0,0,0,0,,,, 0, 0,,,0,,00,,0,,,,, 0,0,,,,00,00,00,00,00,0,00,0,, 0,,,0,,,,0,,0,,,, 0,,0,,,,0,0,0,0,0 0,,,,,,,,0,,0,0,0, 0,,,, 0,,,0,,,,0,0,0,00,0,,0,,,,0, 0,, ,0,0,00,0,0,,0,0,00,,,,,,,,0,0,0,,0,,0,,,,,,,,,,0,,,,0,,00,0,0,,0,0,0,,0,,,,,,0,,0,,,,0,,0,,,,,,,,, 0,,,0,,0,,0,,,0,,0,0,0,,, 0,,0,,0,0,00,0,0,,0,0,00,,,0,0 0,0 0,0,,,,00,,0,,00,,,0,,,,,,,0,0,,,00,0,00,0,00,0,0,00,0, 0,,,,,,,,,0,,0,0,0, 0,,0,,,0,,,,,,,,0,0,00,0,0,,0,0,00,,,,,0 0, 0,,,,00,,0,,00,0,,0,,,, 0,,,,0,0,,0,,0 0,,0,,0,0,,,,,,,,,,,0,0,00,,0,,0,0,0,0, 0,,,,,,,0,0,,0,,0,0, 0,,,,,0,,,,,,,0,0,00,0,0 0,,0,0,00 0,,0,,,, 0,,,,0,0,0,,0 0,,,0,,,, 0,0,,,,,,0,0,00,0,0,0,,0 0,0,,, 0,,,,,,,00,,0 0,,00,,,0,,,,00,,,,,,,00,00 0,00,00,00,0,00,00,00, 0,,,,, 0,,,,0, 0,0,,0,,,0, 0,,,,,0,,0,,,0,0,00,0,0,,0,0,0,,,0,,,,, 0,0,0 0,,0, 0,0,,,0 0,,, 0,,,00,,,0,,0,0,00,0,0,,0 0,0,00,,0,,,,,,, ,0,0,0,0,00,0,0,0,0,,,,0,,0,,0,,0,0,0,,00,,0,,0,,, 0, 0,,,,,,0,0,0,,00,0,0 0,0,0,, 0,,,0,0,0,,,0,,,,0,,0,,0,0,,,,,,, 0,,0,,,0,00, 0,0,,0,,,,,,, 0,,0,0 0,0,0,0,00,0,0,0,0,0,,,,, 0,,, 0,00,,0,,00,,0, 0,00, 0,0,,,,0,,,,00,0,00,0 0,00,0,00,0,00, 0,,,,,0,,,,0,,0,,00,,,,0,0,,, 0,,,0,,,0 0,0,0,0,00,0,0,0,0,,,,,,,,,,00,,0,,00,,0 0,,00,,,,,,,,,,0,,0,,00, 0,0,,0,,,,,, 0,0,,,0,0,0,0,00,,0,0 0,0 0,,,,,0,,0,,,0,,0 0,,00,,0,,0,,,,,0,0,,0 0,,0 0,0,0,0,00 0,0,0,0,0,, 0,,0,0,,0,,,0,,,,00,,0,,0 0,,0,,,,,,0,,0,0,0,0,00,0,0,,0,,,, 0,,,,,,00,,0,,,,00,00,00,0,0,0,0,,0,,0,,0,,0,,,0,0, 0,0, 0,,0,0,0,0,,,0 Number of blades egend: damper width [mm] H damper height [mm] effective area [dm ] weight [kg] Attention! Fields shaded in grey are beyond the dimensional range. For dimensions not listed in this table, assembly of fire dampers in batteries maybe considered. dampers may be manufactured with mm step of dimension. DIENION OF DAPER WITH DG- ACTUATOR A Detail "A" B Flange 0 mm Detail "B" GR YFIT GR YFIT GR YFIT GR YFIT GR YFIT H H egend: [mm] - damper width, H [mm] - damper height [mm] overall damper width, H [mm] - overall damper height Detail "A". B H=H+ Flange 0 mm H=H+0 Flange 0 mm: = + [mm], H = H + Flange 0 mm: = + 0 [mm], H = H + 0 Detail "B"

3 DIENION OF DAPER WITH ECHANI H A * Flange 0 mm Detail "A" Detail "B" B H H Flange 0 mm H=H+0. H=H+ Detail "A" Detail "B" B egend: [mm] - damper width, H [mm] - damper height [mm] overall damper width, H [mm] - overall damper height Flange 0 mm: = + 0 [mm], H = H + Flange 0 mm: = + [mm], H = H + 0 *Custom damper body depth and its additional insulation are possible according to individual specification PREURE DROP AND OUND POWER EVE Example no. Parameters known: Parameters required: Results: Example no. Parameters known: Parameters required: Results: damper of xh=00x00 [mm] P[Pa], WA [db(a)], WNC [db], WOKT [db] for 00 Hz octave at the velocity V= [m/s] referred to the nominal size of the damper P=x,0= Pa for =00 mm taken from Table WA=+,=, db(a) for =00 mm taken from Table WNC=,,0=, db WOKT=,,0=, db for m/s, 00 Hz taken from Table damper of xh=00x00 [mm] P[Pa], WA [db(a)], WNC [db], WOKT [db] for 00 Hz octave at the velocity V= [m/s] referred to the nominal size of the damper P= Pa WA= db(a) WNC= =0 db WOKT= =0 db for m/s, 00 Hz taken from Table Note: Replacement of dimension of [mm] with H [mm] will result in reduction of pressure drop P [Pa] and acoustic power level [db(a)] WA Example no. Parameters known: Parameters required: Results: damper of xh=00x00 [mm] P[Pa], WA [db(a)], WNC [db], WOKT [db] for 00 Hz octave at the velocity V= [m/s] referred to the nominal size of the damper P=x,=, Pa for =00 mm taken from Table WA=+,=0, db(a) for =00 mm taken from Table WNC=0, =, db WOKT=0,,0=, db for m/s, 00 Hz taken from Table

4 PREURE DROP AND OUND POWER EVE Pressure drop P [Pa] in the function of air velocity V [m/s] with consideration of acoustic power WA [db(a)] for the damper of =00 and H in the range of [mm] assembly with TRA grille at the ends of the ducts WA db(a) P [Pa] 0 V [m/s] Pressure drop P [Pa] in the function of air velocity V [m/s] with consideration of acoustic power WA [db(a)] for the damper of =00 and H in the range of 0 0 [mm] assembly with TRA grille at the ends of the ducts WA db(a) 0 P [Pa] 0 V [m/s]

5 PREURE DROP AND OUND POWER EVE Pressure drop P [Pa] in the function of air velocity V [m/s] with consideration of acoustic power WA [db(a)] for the damper of =00 and H in the range of [mm] P [ P a ] WA db(a) 0 H [mm] 0 V [m/s] Pressure drop P [Pa] in the function of air velocity V [m/s] with consideration of acoustic power WA [db(a)] for the damper of =00 and H in the range of 0 0 [mm] P [ P a ] H [mm] WAdB(A) 0 0 V [m/s]

6 PREURE DROP AND OUND POWER EVE Aerodynamic and acoustic correction for [mm] dampers of other dimensions [mm] P x ζ W+ 00,, 0,, 00,0,,0, 0,, 00,, 0,, 00,, 0,, 00,, 0,0 0,0 0,0 0,0 00,0 0,0 0,0 0,0 00,0 -, 0 0, -, 00 0, -0, 00 0, -0, 0 0, -0, 0 0, -0, Table. Table. Correction for octave in [db] V [m/s] Note:. easurements have been made in accordance with the following standards: PN-IO : 000, PN EN-IO : 0, PN EN : 00. Intermediate values may be determined by interpolation.. Automatic verification of aerodynamic and acoustic characteristics in VENTPACK. Table. ocal resistance coelficient ζ for =00 [mm] H [mm] ζ,,,,,,,,,0,0 0, 0, 0,0 0, 0, 0, 0, 0, 0, 0, 0,0 0,0 egend: [mm] H [mm] V [m/s] P [Pa] ζ ρ [kg/m] WA [db(a)] WNC [db] WOKT [db] f [Hz] length of damper height of damper air velocity referred to nominal size of damper total pressure loss local resistance coefficient air density (, at 0 C) sound power level after frequency-dependent correction of A-type sound power level as per the graph NC =w WNC sound power level in octave bands WOKT= WA+correction taken from Table octave frequency

7 ETHOD OF INTAATION INTAATION OF WITH TRA GRIE min. Partition wall Ventilaction duct asonry mortar A Detail "A" r x H r k x H k g x H g GR Y FIT GR Y FIT Angle bar Angle bar Fire damper NEO Grille TRA INTAATION OF WITH TRA GRIE AND CRA OUNTING FRAE Fire damper NEO min. Partition wall Ventilaction duct asonry mortar Dampers with DG- actuator r x H r GR Y FIT GR Y FIT k x H k g x H g Damper dimensions Dimensions of opening Dimensions of TRA grille Outside dimension of TRA grille r=+ k= + g= + H H r=h +0 H k=h H g =H + Dampers with mechanism H Damper dimensions Dimensions of opening Dimensions of TRA grille Outside dimension of TRA grille r= + k= + g= + H H r=h +0 H k=h H g =H + Grille TRA ounting frame CRA g H g H k k Angle bar

8 ETHOD OF INTAATION INTAATION OF WITH VENTIATION DUCT CONNECTED ON BOTH IDE min. Partition wall asonry mortar r x H r INTAATION OF IN HORIZONTA PARTITION damper may be mounted in the horizontal partition with use of flat bars fastened by means of steel expansion anchors. Dimensions ( r,h r) of mounting opening are the same as in case of installation of the damper in vertical partition wall made of concrete or bricks. H r Partition wall asonry mortar crew A A A-A r min. egend: Dampers with DG- actuator r = +, H r = H + 0 Dampers with mechanism H r = +, H r = H + 0

9 EECTRICA WIRING DIAGRA WITH EECTO-AGNET AND ICROWITCHE E V DC (+) (-) 0V AC N EECTRO-AGNET CHARACTERITIC upply voltage /V DC impulse 0V AC impulse Power input,w, VA WITH DG- ACTUATOR Damper with E - + AC/DC V ICROWITCHE N AC 0 V R Damper without E - + AC/DC V N AC 0 V ICROWITCHE R E < < 0 < <0 ACTUATOR CHARACTERITIC Actuator type DG-- upply voltage V AC/DC Power consuption otor (otion) W Power consuption tandby (end position),w Running time otor <0s Torque motor Nm Protection class IP ound power level otor db(a) DG--0 0V AC W,W <0s Nm IP db(a)

10 EECTRICA WIRING DIAGRA WITH EECTO-AGNET AND ACTUATOR Damper with mechanism H and E DC V AC 0 V ICROWITCHE Damper with mechanism H Yellow - Green wire - 0V only E DC V AC 0 V ICROWITCHE < <0 Yellow - Green wire - 0V only E E < <0 EECTRO-AGNET CHARACTERITIC upply voltage /V DC impulse 0V AC impulse Power input,w, VA ACTUATOR CHARACTERITIC Actuator type FDG-- FDG--0 upply voltage V AC/DC 0V AC Power input during tensioning the spring,w,va Time of movement engine -s -s Time of movement spring s s Torque motor Nm Nm Protection class IP IP ound power level actuator db(a) db(a) ound power level spring db(a) db(a) EXAPE OF PECIFICATION AND PURCHAE ORDER Enquiry smoke control damper with rectangular flange connection, dimensions: xh=00x00 [mm], equipped with DG-- actuator, running time: < 0s, power consumption in motion W with E module suitable for connection of TZ- tester. Design changes reserved. All rights reserved. GRYFIT air handling intelligence D.-ENG. GRYFIT quotation, EI (v ew -i o) 0 C 000 AA multi, xh=00x00, Galvanized steel, KP0 + DG-- + E